cts5_system_Plot | R Documentation |
plot trajectory of the float from cts5_system_parse
cts5_system_Plot(
NavData,
cycle = NULL,
pattern = 1:10,
xlim = NULL,
ylim = NULL,
timeWin = c(0, 1),
relatif = FALSE,
timeRange = NULL,
DepthPch = 1,
PumpPch = 2,
EVPch = 3,
Depthtype = "b",
show.EV = TRUE,
show.pump = TRUE,
show.title = F,
show.cycle = T,
show.user = T,
legendPos = "",
add = F
)
NavData |
pased data from |
cycle |
list of cycle number to plot |
pattern |
pattern to plot |
xlim |
for plot function |
ylim |
plot ylim |
timeWin |
relative time window (if xlim=NULL) expressed as a vector of 2 floats. timeWin=c(0,1) is the full window. |
relatif |
If True, time in min is relative to the first date |
timeRange |
vector of two dates that delimit the plotted data. |
list containing the parsed system information
NavData<-cts5_system_parse("ffff_system_01755_decrypt.log") NavData<-cts5_system_parse("_system_decrypt.log",userdefine="Grounding detected")
cts5_system_Plot(NavData) cts5_system_Plot(NavData,cycle=5:10) cts5_system_Plot(NavData,cycle=5,pattern=1)
## To compare profiles cts5_system_Plot(Navdata,cycle = 46,relatif = T,xlim=c(0,1500),show.cycle = F) cts5_system_Plot(Navdata,cycle = 49,relatif = T,show.cycle = F,add=T)
## To plot an Ice braking Brakedate<-NavData$BrakeRecord$date[1] cts5_system_Plot(NavData,timeRange=c(Brakedate-1800,Brakedate+1800))
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